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ALCATEL-LUCENT Reference Date Edition PageVodacom Congo 12.CD.161039 December,

2012 1 1/20

All rights reserved. Passing on and copying of this document, use and communication of its contents not permitted without written authorization.

Scope of Work for:• Alcatel-Lucent 7750 Service Router

Table of Contents

1 Introduction...............................................................................................32 Alcatel-Lucent 7750 Service Router Overview...........................................6

2.1 7750 SR12...........................................................................................102.1.1 7750 SR-12 software Architecture................................................112.1.2 7750 SR-12 Hardware Architecture...............................................122.1.3 7750 SR Switch Fabric/Control Processor Module (SF/CPM3)........132.1.4 7750 SR Input/Output Modules (IOM3-XP).....................................132.1.5 7750 SR Media Dependent Adapters (MDAs)................................142.1.6 7750 SR Integrated Media Module (IMM)......................................14

3 Offer Description.....................................................................................163.1 Bill of Material......................................................................................16

4 Services ..................................................................................................184.1 Installation and Commissioning...........................................................184.2 Project Management............................................................................184.3 Warranty..............................................................................................18


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1 IntroductionIn the last few years Alcatel-Lucent gained the leadership in the IP routing market.

We are pleased to present a solution for the Vodacom Congo Core Transformation project based on Alcatel-Lucent 7750 SR which is part of our successful Service Router portfolio:


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The family has a range of equipments, with different capacities and capabilities in order to meet the different requirements for each location. The proposed equipments are MPLS capable and could be managed by a unified management platform, 5620 SAM (Service Aware Manager).

We would like to shortly emphasize hereunder the Key elements enabling the success and advantages of Alcatel-Lucent proposed solution.

Common SR operating system across the entire IP portfolio range (7210 SAS, 7705 SAR, 7450 ESS, 7750 SR) giving feature predictability, ease in operation and maintenance, reduced equipment training costs.

End-to-end platform for element & network management and as well end-to-end service provisioning using 5620 SAM. 5620 SAM supports the full Alcatel-Lucent infrastructure portfolio (including 7750SR, 7705 SAR, 7450 ESS, 7210 SAS, 1830 PSS, 9500 MPR and the OmniSwitch Enterprise product series) as well as 3rd party SNMP


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devices; therefore the existing routers can be integrated in a single network management platform.

Converged Edge capability on 7750 SR, meaning that the 7750 SR proposed as IP Edge and Core router can perform in a scalable manner the function of a L2/L3 PE for business users, distribution/edge router, Internet Gateway and Next Generation BNG/BRAS based on both PPPoE and DHCP models on one single platform, concurrently.

High-availability designed at equipment level and at network level, Alcatel-Lucent being one of the first vendors introducing the Non-Stop Routing and Non-Stop Services concept. The HA mechanisms at equipment level are extended by multiple HA features for performing end-to-end service resiliency like: Multi-Chassis LAG, Multi-Chassis APS, Redundant PW, BNG redundancy based on SRRP protocol, G.8031 Ethernet Linear Protection, G.8032 Ethernet Ring Protection. Etc.

Massive scaling of point-to-point and point-to-multipoint services, including virtual private LAN service (VPLS) and virtual private networks (VPNs), through full Layer 2 and Layer 3 capabilities with Layer 3 routing and connection-oriented traffic flows.

Support for any transport over MPLS, allowing a full suite of legacy services by virtue of their emulation using pseudowires, such as legacy TDM, ATM and frame relay (FR).


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2 Alcatel-Lucent 7750 Service Router Overview

The Alcatel-Lucent 7750 Service Router (SR) product family is a suite of multiservice edge routers designed from inception to deliver high-performance, high availability routing with service-aware operations, administration, management, and provisioning. The 7750 SR integrates the scalability, resiliency, and predictability of MPLS along with the bandwidth and economics of Ethernet and a broad selection of legacy interfaces, to enable a converged network infrastructure for the delivery of next-generation services.

Service Routing is the Foundation for EVERYTHING

7750 SR

The 7750 SR advanced and comprehensive feature set enables it to be deployed as a Broadband Network Gateway (BNG) for residential services, as a Multiservice Edge for Carrier Ethernet and IP VPN business services, as the aggregation router in mobile backhaul applications, or as a mobile gateway for wireless networks.

With support for service enabled high density 10GigE and 100GigE interfaces, the 7750 SR is also well suited for core routing applications. Available in four chassis variants, the 7750 SR scales capacity gracefully from 90 Gb/s to 2 Tb/s


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and beyond, providing cost-effective solutions to address the smallest to the largest network locations.

In this section we will provide a general overview of products in the Alcatel-Lucent IP portfolio trying to highlight main differentiators with respect to what available on the market.

Best-in-class high availability

High availability is more than just redundant hardware. In addition to redundant common equipment and line card redundancy, SR OS supports numerous features that minimize service disruption, such as non-stop routing, stateful failover capabilities, in-service software upgrades (ISSU), and innovative multi-chassis features for service resiliency. Further, the 7750 SR supports service assurance and monitoring tools across IP, MPLS, and Ethernet domains. In short, with a comprehensive suite of high availability features, the 7750 SR is the industry’s most reliable platform for offering non-stop applications and services.

Carrier-Class Reliability

The High Availability (HA) feature makes the 7750 SR-12 better than 99.999% availability system. The basic routing system has no single points of failure. All key elements are fully redundant with hot swappable field replaceable units. The following key elements are fully redundant:

Hot standby 1+1 CPM that has functionally separated 1+1 Data plane and 1+1 Control plane; the fabric works in a load sharing mode. Each IOM has an effective line rate distributed across among the links to the 2 fabrics.

1+1 Power system working in a share load mode N:1 Cooling System 1+1 Backplane pins

Advanced Hierarchical QoS

With today’s IP traffic streams including a range of services consisting of video applications, voice, best-effort Internet access, and mission-critical business services, QoS becomes a critical element for delivering both best-effort and SLA-based services on a common platform. The Alcatel-Lucent 7750 SR sets the standard with its advanced and highly flexible Hierarchical QoS implementation with hardware support for multi-tiered shaping and policing hierarchies. As it is designed as a service delivery platform, the 7750 SR provides the tools to


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define and deliver the most stringent SLAs for high-value, differentiated services.

100 and 400 Gbps (FP2 and FP3) Silicon Technology

The heart of the Alcatel-Lucent 7750 SR is based on the Alcatel-Lucent industry-leading FP2 and FP3 network processing silicon. The 100Gbps FastPath2 (FP2) chipset is the industry first chipset to process IP/MPLS traffic at 100Gbps data-rates while applying full services. The FP2 datapath is used in the IOM3-XP and the IMM line cards. The FP2 datapath is made up of two internally developed (in-house) ASIC devices, a Traffic Management device and a programmable Network Processor. Access control lists, QoS processing, mirroring, accounting and, encapsulation are all supported on both ingress and egress paths. The 400Gbps FastPath3 (FP3) chipset is the industry first chipset to process IP/MPLS traffic at 400Gbps datarates while applying full services. Clocking in at 400 Gb/s, the FP3 chipset enables high-density 10 GigE, 40 GigE and 100 GigE interfaces with a clear path to 400 GigE interfaces, while concurrently supporting processing-intensive edge routing and mobile gateway services with no compromise between performance and advanced service delivery. With industry-leading performance, high service scale and low power consumption, FP3 will serve as the foundation for the continued evolution of the Service Router product portfolio, providing an unprecedented level of investment protection.

Service-based Filtering

The 7750 SR supports Access Control Lists (ACLs) on a per-service or per-interface basis, with scaling to thousands of line-rate ACLs. ACLs can be used for a wide range of network applications including security, Denial of Service (DOS) prevention and troubleshooting. ACLs can be applied to both ingress and egress traffic without performance penalty. The 7750 SR also supports ACL counters to monitor filter hits and ACL logging to enable monitoring of traffic during troubleshooting. The performance and functionality of the Alcatel-Lucent 7750 SR combines the speed and density of the fastest routers, with the programmability and packet processing intelligence required to offer new, advanced services over an IP/MPLS network infrastructure. The net benefit is a platform that can adapt to future requirements without expensive and disruptive service outages for hardware upgrades.


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Figure 1: 7750 SR – Line Rate Performance even with filters and/or multiple services enabled!

The NPA provides significant value (typically >50% reduction in upgrade costs) to customers when compared to alternative architectures based on hardwired ASICs, which lack feature depth and flexibility, and designs based on off-the-shelf network processors, which lack sufficient forwarding performance to operate at 100 Gbps rates and generally have high costs:

Figure 2: Steep performance drop with policies enabled


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Major competitor’s state-of-the-art Platform

2.1 7750 SR12The Service Router version proposed for this project is the 7750 SR-12 which is already used in the existing Vodacom Congo network.


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Figure 3 – Alcatel-Lucent 7750 service router family

7750 SR-12 has a total of 12 front access card slots. Two card slots are dedicated for redundant common equipment. Each slot of the dedicated card slots can hold one Switch Fabric/Control Processor Module (SF/CPM). Only one SF/CPM is required for operation. A second SF/CPM provides complete redundancy of the switch fabric and the control processors. When two 7750 SR SF/CPMs are installed, the traffic is load shared across the switch fabrics to provide up to 2 Tbps of fully redundant, half-duplex throughput.

The Alcatel-Lucent 7750 SR-12 supports a wide range of media and service adapters which are optimized to address different network and application requirements:

Input/Output Modules (IOMs) are optimized for flexibility in deploying a variety of mobile, multiservice, and Ethernet based applications. Each IOM supports up to two Media Dependent Adapters (MDAs) and can also be used to house Integrated Service Adapters (ISAs).

Media Dependent Adapters (MDAs) provide physical interface connectivity. MDAs are available in a variety of interface and density configurations.

Integrated Media Modules (IMMs) are line cards providing integrated processing and physical interfaces on a single board. IMMs provide high-capacity, high-density Ethernet and SONET/SDH interfaces.

Integrated Service Adapters (ISAs) are resource blades that provide specialized processing and buffering for applications.

Integrated Service Modules (ISMs) are resource line cards that provide specialized processing and buffering for applications.

2.1.1 7750 SR-12 software Architecture

Purpose-built to exceed the reliability demands of “always-on” IP/MPLS-based services


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Distributed processing architecture

Highly scalable - as slots are filled, both control and data processing power increases linearly

Efficiently allocates resources based on priority and process state, ensuring no one process or group of processes can consume one system resource such as CPU cycles, memory or bandwidth

Highly programmable packet processing is tightly coupled with the silicon FP packet processing complex for advanced service delivery

Modular design with the separation of control and forwarding planes

2.1.2 7750 SR-12 Hardware Architecture


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PlatformProtocols

SR OS

IPv4/ IPv6 Dual StackOAM

BGP OSPF IS-IS MPLS

OAM

PPPoExSTP DHCP PBB-VPLS

Services

IPTV VPWS VPLS IESIP

VPNVoIPInternet

SNMP Authent.

Telnet/SSH

CLI Author. Acct.

Management

Figure 4 – 7750 SR-12 Hardware Architecture

Control/Fabric:

Switch Fabric/Control Processor Modules, 2 per system for redundancy Traffic is load-shared across the fabrics (dual-active fabrics) 50Gb/s bandwidth to each slot with SF/CPM3 or 100Gb/s bandwidth with

SF/CPM4 10-core CPU for system control, centralized protocol processing and

management

Input/Output:

FP2 silicon for packet processing, traffic management and advanced QoS Automatic detection for MDA-XP (25 Gb/s (FD), MDAs (12 GB/s (FD)) and

ISAs (12 Gb/s (FD)) Up to 20 (SR-12) MDAs per chassis 2 MDAs or ISAs per IOM Up to 10 (SR-12) IMM cards per chassis


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2.1.3 7750 SR Switch Fabric/Control Processor Module (SF/CPM3) 3rd Generation SF/CPM3 with

Symmetric Multi-processing (SMP) Up to 1 Tb/s (HD) capacity –

supports 50 Gb/s (FD) per slot (redundant)

4GB memory

Figure 5: 7750 SF/CPM3

This module is included in the current proposal

2.1.4 7750 SR Input/Output Modules (IOM3-XP) 50 Gb/s (FD) throughput using

two 25 Gb/s (FD) forwarding complexes

FP2 silicon-based modular designo 64K ingress/egress queues

Accepts two mix-and-match media dependent adapters (MDAs or MDA-XPs) to meet

interface type, speed and reach requirements

Figure 6: 7750 SR IOM


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This module is included in the current proposal

2.1.5 7750 SR Media Dependent Adapters (MDAs)

MDA-XP Ethernet 10-port GigE 20-port GigE 20-port 10/ 100/ 1000 Copper 48-port 10/ 100/ 1000 Copper 1-port 10GigE 2-port 10GigE 4-port 10GigE

New in R9

Multiservice Performance and Flexibility

ATM 16-port OC-3c/STM-1c ATM 4-port OC-12c/STM-4c/

OC-3c/STM-1c ATM

Circuit Emulation Services 1-Port Chan. OC-3/ STM-1 CES 4-Port Chan. OC-3/ STM-1 CES 1-Port Chan. OC-12/ STM-4 CES

Any Service Any Port PPP/ FR/ ATM, including IMA 4-port Chan. DS3/ E3 ASAP 12-port Chan. DS3/ E3 ASAP 4-port Chan. OC-3/ STM-1 ASAP 1-port Chan. OC-12/ STM-4 ASAP

Packet over SONET/SDH 16-port OC-12c/STM-4c/

OC-3c/STM-1c 4-port OC-48c/STM-16c 1-port OC-192c/STM-64c

High-Scale MDA 10-port GigE 1-port 10GigE

Ethernet 60-port 10/ 100BASE-TX 20-port 100BASE-FX 1-port 10GigE + 10-port GigE

Combo MDA 1-port 10GigE DWDM Tunable

optics

2-port 10GigE MDA-XP 10-port GigE MDA-XP 1-port 10GigE withDWDM Tunable optics

48-port 10/100/1000 Copper

4-port ChannelizedOC-3/STM-1 ASAP

New RoHS compliant ATM and SONET/SDH MDAs

Figure 7: 7750 SR Media Dependent Adapters

In the red frame, the MDA card type included in the current proposal.

2.1.6 7750 SR Integrated Media Module (IMM)These cards are optimized for locations in the network where high density GE/10GE (or higher port capacity such as 40G and 100G) with high performance IP/MPLS routing in a classical routing context is required.

Full slot card with FP2 network processor complex with integrated physical ports


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50 and 100 Gb/s per card models Hot-swappable L2, Basic L3, or Full L3 service support (RTU-based)

Figure 8: 7750 SR Integrated Media Modules

In the red frame, the IMM card type included in the current proposal.


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3 Offer DescriptionThis section describes the configuration quoted in this offer.The configuration proposed is based on the 7750 SR product, running the OS release R10.x. Alcatel-Lucent offer includes:

- 7750 SR12 including HW (fully redundant configuration with 48 GE ports and 1x10G port) and SW licensing

- Additional SW licensing for managing the new node on the existing Network management Platform (5620 SAM)

- Additional 7750 SR12 chassis and some common spare parts- Optional offer for additional spare parts (control and line cards)

3.1 Bill of Material The proposed list of material for the 7750 SR12 router is described in table below.

Code/PN Mnemonic QtyChassis/SF-CPM/SW

3HE05864AA BNDL -7750 SR-12 w/PEM3/EFT + SFM3 13HE03617AA SF/CPM - 7750 SR SFM3-12 13HE00107LA OS - 7750 SR-7/12/12e R10.0 OS LICENSE 1

IOM/MDA 3HE03619AA IOM - 7750 SR IOM3-XP 13HE05895BA IMM - 7x50 48-PT GE SFP - L3BQ 13HE04274AA MDA - 7750 SR 1-PT 10G MDA-XP - XFP 1

Optical Modules 3HE00566CA XFP - 10GE SR - LC ROHS 6/6 13HE00028CA SFP - GIGE LX - LC ROHS 6/6 DDM -40/85C 48


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In order to upgrade to R10 existing 7750SR12 in Kinshasa, the following licenses are also included:

Code/PN Mnemonic QtySW

3HE00107LA OS - 7750 SR-7/12/12e R10.0 OS LICENSE 2

In order to enable this new router on the existing 5620 SAM management platform the following licenses are also included in the Alcatel-Lucent proposal:

Code/PN Mnemonic Qty3HE00756LA 5620 SAM-E/A/P R10 Lic. - 7750/7710 MDA 13HE04331LA 5620 SAM-E/A/P R10 7750/7710 SR PREM MDA 1

As required by VODACOM DRC, the current proposal also includes one additional 7750 SR12 chassis and some common parts intended to be uses as a basic spare-parts package. Details are summarized in the table below:

Code/PN Mnemonic Qty3HE03663AA PEM - 7750 SR-12 175A DC PEM-3 13HE05106AA FAN - 7750 SR-12 Enhanced Fan Tray 13HE00104AA CHAS - 7750 SR-12 CHASSIS SPARE 13HE00566CA XFP - 10GE SR - LC ROHS 6/6 13HE00028CA SFP - GIGE LX - LC ROHS 6/6 DDM -40/85C 2

Alcatel-Lucent has included in the current proposal an optional spare-parts package which includes Switching Fabric /Control Module, IOM-XP, 48x GE ports IMM and 1x 10G port MDA. Details are summarized in the table below:

Code/PN Mnemonic Qty3HE03617AA SF/CPM - 7750 SR SFM3-12 13HE03619AA IOM - 7750 SR IOM3-XP 13HE05895BA IMM - 7x50 48-PT GE SFP - L3BQ 13HE04274AA MDA - 7750 SR 1-PT 10G MDA-XP - XFP 1


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For further details, please refer to detailed Bill of Materials document that is part of this offer.

4 Services Alcatel-Lucent has proposed the specific services needed for the successful deployment of the overall solution. These include:

Installation and Commissioning Project management Warranty

Please note that any other service function not mentioned in this scope of work is NOT included in the offer.

4.1 Installation and Commissioning Alcatel-Lucent will perform the installation and integration of the offered upgrade. All necessary wiring, installation, testing and commissioning are included for the offer presented, assuming a continuous action for each step (No stop/resume of activities). By the end of the installation of the platform and service, the “Ready for Acceptance” certificate will be delivered.Room equipment and power supply are under Vodacom Congo responsibility.

4.2 Project Management


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In order to implement Vodacom network, Alcatel-Lucent will provide adequate project management services with the following objectives:

Meeting the delivery time schedule Network performance Quality of the work performed Complete & timely progress reporting

For the efficient functioning of the project management organization, an interface within Vodacom organization is recommended thereby facilitating a dialog between the two parties.

4.3 Warranty Any proposed equipment comes with 1-year standard warranty (Bronze Working Days / Working Hours).

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2012 1 20/20


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